Question 4 The radius and the length of a cylindrical metal are 5.00 cm and 20.00 cm at 25°C, respectively. After it absorbed 9000 J of heat, the temperature raises from 25°C to 85°C and its length...


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Question 4<br>The radius and the length of a cylindrical metal are 5.00 cm and 20.00 cm at 25°C, respectively.<br>After it absorbed 9000 J of heat, the temperature raises from 25°C to 85°C and its length<br>expands to 20.02 cm. Then, the cylinder was immersed to the water covered with insulator.<br>The water initial temperature was 25°C and with mass 500 g. (Specific heat capacity of water<br>is 4200 Jkg-1°C-)(Heat loss through the container and cover is negligible.)<br>Determine<br>(a) the volume of the cylinder at 85°C.<br>(b) the heat capacity of the metal.<br>(c) the equilibrium temperature of water after the cylindrical metal was<br>immersed to the water.<br>

Extracted text: Question 4 The radius and the length of a cylindrical metal are 5.00 cm and 20.00 cm at 25°C, respectively. After it absorbed 9000 J of heat, the temperature raises from 25°C to 85°C and its length expands to 20.02 cm. Then, the cylinder was immersed to the water covered with insulator. The water initial temperature was 25°C and with mass 500 g. (Specific heat capacity of water is 4200 Jkg-1°C-)(Heat loss through the container and cover is negligible.) Determine (a) the volume of the cylinder at 85°C. (b) the heat capacity of the metal. (c) the equilibrium temperature of water after the cylindrical metal was immersed to the water.

Jun 11, 2022
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